It s NOT your Willpower. It's your Genetics.

Genetics play a crucial role in weight management, demonstrating that it's not just about willpower; it's about your genetics. Some genes, like FTO gene and others, are linked to a slower metabolism, heightened cravings for high-fat and high-sugar foods, and a dysregulation between the hunger hormone ghrelin and the satiety hormone leptin. This leads to increased appetite and reduced feelings of fullness. Understanding these genetic influences can significantly alter the approach to diet and weight control, emphasizing that genetic factors often outweigh sheer willpower in managing weight.

Why Genetic Test for Weight Loss

Genetically Guided Weight Care

Genetically Guided Weight Care offers a targeted approach to weight management by understanding the core genetic reasons for weight gain. This method customizes diet, exercise, and medication plans based on each individual's genetic makeup.

DNA - Based Meal Plan

A DNA-based meal plan offers a tailored approach to nutrition by using your genetic profile to determine the optimal mix of macronutrients for your body.

DNA Guided Fitness Plan

A DNA-based fitness plan delivers essential insights into genetic traits like muscle composition, endurance levels, and recovery requirements. Through the analysis of specific genetic markers, this approach customizes training programs to optimize performance, improve recovery times, and minimize the risk of injuries, allowing athletes to fully leverage their genetic potential.

Unlock the power of your DNA

Unlock the power of your DNA with our advanced genetic testing, designed to offer in-depth insights into your metabolism, appetite, and weight control. Our sophisticated genetic analysis targets specific markers that influence how your body processes foods, your predisposition towards certain eating behaviors, and your natural metabolic rate. We tailor personalized nutrition and fitness plans to optimize your individual health outcomes.

Step-by-Step Guide to Home Genetic Testing

  • Step 1

    Take a swab from the envelope. Using one swab at a time, rub it back and forth along the inside of your cheek for 30 seconds.

  • Step 2

    Repeat the process with additional swabs. Allow the swabs to dry for 5 minutes, then place them into the DNA sample envelope.

  • Step 3

    Insert the DNA sample envelope into the return envelope, seal it tightly, and mail.

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